A Cutting-Edge Survey of Tribological Behavior Evaluation Using Artificial and Computational Intelligence Models

Table 5

Comparison of materials with other types of wear tests and the results observed.

Materials used	Tests performed	Results observed	Ref.
Epoxy resin; Carbon nanotubes	Ball-on-prism tribometer	Wear resistance was improved when CNTs were combined with an EP matrix.	[38]
Cemented carbide tools	Disc turning test	The most prevalent wear mechanisms observed were built-up edge, adherent layer, and diffusion.	[39]
Nylon gears and acetal gears	Back-to-back test configuration	The wear characteristics of nylon gears vary significantly from those of acetal gears.	[40]
Ni-SiC composites	Ring-on-disc test	With the increase in the percentage of SiC, the wear resistance of the deposited layer increases.	[41]